aakash nihalani project 1
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AAKASH NIHALANI PROJECT 1 2D shapes refer to shapes with length and - PowerPoint PPT Presentation

AAKASH NIHALANI PROJECT 1 2D shapes refer to shapes with length and width. This shape is flat and is not designed to provide depth. Some examples of 2D shapes are photographs, prints and posters which have only two characteristic, the width and


  1. AAKASH NIHALANI PROJECT 1 2D shapes refer to shapes with length and width. This shape is flat and is not designed to provide depth. Some examples of 2D shapes are photographs, prints and posters which have only two characteristic, the width and length. DEFINITION OF 2 DIMENSIONAL (2D) SHAPES SOURCE: SOURCE: https://www.slideshare.net/ftynnajiha93/2d-and-3d-media-in- https://pixabay.com/ teaching-and-learning

  2. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  3. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  4. AAKASH NIHALANI PROJECT 1 3D shapes refer to shapes with length, height and width. Some examples of 3D shapes are spheres, cones and cubes which have only three characteristic, the width, the height and length. DEFINITION OF 3 DIMENSIONAL (3D) SHAPES SOURCE: SOURCE: https://www.slideshare.net/ftynnajiha93/2d-and-3d-media-in- https://pixabay.com/ teaching-and-learning

  5. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  6. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  7. AAKASH NIHALANI PROJECT 1 1 4 VERTICES/CORNERS 2 4 4 SIDES 3 3 VERTICES/CORNERS 1 3 3 SIDES 2 PARTS OF 2 DIMENSIONAL (2D) SHAPES

  8. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  9. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  10. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  11. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  12. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  13. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  14. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  15. AAKASH NIHALANI PROJECT 1 8 VERTICES/CORNERS 12 EDGES 6 FACES/SURFACES PARTS OF 3 DIMENSIONAL (3D) SHAPES

  16. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  17. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  18. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  19. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  20. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  21. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  22. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  23. AAKASH NIHALANI PROJECT 1 SOURCE: https://www.twinkl.es

  24. AAKASH NIHALANI PROJECT 1 MATERIAL:

  25. NAME: ______________________ NAME: ______________________ NUMBER OF CORNERS/VERTICES: ____ NUMBER OF CORNERS/VERTICES: ____ NUMBER OF FACES/SURFACES: ____ NUMBER OF FACES/SURFACES: ____ NUMBER OF EDGES: ____ NUMBER OF EDGES: ____

  26. SOURCE: https://artes.uncomo.com/articulo/como-hacer-un-cono-10888.html

  27. SOURCE: https://www.sectormatematica.cl/gifs/redes2.html

  28. SOURCE: https://www.sectormatematica.cl/gifs/redes2.html

  29. SOURCE: https://www.sectormatematica.cl/gifs/redes2.html

  30. SOURCE: https://www.sectormatematica.cl/gifs/redes2.html

  31. SOURCE: https://www.sectormatematica.cl/gifs/redes2.html

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